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GIFT  OF 


IBLIOGRAPHY    OF 
FUSED    SILICA 


COMPILED  BY 

ALBERT   E.    MARSHALL 

AND 

W.    W.    WINSHIP 


NEW    YORK 

THE  THERMAL  SYNDICATE,  LTD. 
1915 


COPYRIGHT,  1915,  BY 
THE  THERMAL  SYNDICATE,  LTD. 


DOUGLAS  C.  McMuRTRiE,  NEW  YORK 


BIBLIOGRAPHY  OF  FUSED  SILICA 

The  behaviour  of  fused  silica  at  high 
temperatures.  A.  BLACKIE.  Transac- 
tions of  the  Faraday  Society,  7: 158-165. 
[1911] 

Uber  die  absolute  Ausdehnung  des 
Quarzglases  bis  zur  Temperatur  des 
fliissigen  Wasserstoffs.  (Absolute  expan- 
sion of  fused  quartz  down  to  the  tem- 
perature of  liquid  hydrogen.)  KARL 
SCHEEL  and  WILHELM  REUSE.  Verhand- 
lungen  der  deutschenPhysikalischen  Gesell- 
schaft,  16:1-3.  [1914] 

Bestimmung  von  Ausdehnungskoef- 
fizienten  bei  tiefen  Temperaturen.  (De- 
termination of  the  coefficient  of  expan- 
sion at  low  temperatures.)  S.  VALEN- 
TINER  and  T.  WALLOT.  Verhandlungen 
der  deutschen  Physikalischen  Gesellschaft, 
16:757-764.  [1914] 

On  the  expansion  of  vitreous  silica. 
H.  L.  CALLENDAR.  Proceedings  of  the 
Physical  Society  of  London,  24: 195-200. 
[1912] 

[3] 


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-  •    »   **  B    *  B ,  LI  I'  *X  G.  &   A   P    H   Y 

The  expansion  and  thermal  hysteresis 
of  fused  silica.  G.  W.  C.  KAYE.  Philo- 
sophical Magazine,  6  ser.,  20:718-728. 
[1910] 

The  expansion  of  mercury  and  of 
quartz.  N.  EUMORFOPOULOS.  Philo- 
sophical Magazine,  23:653-655.  [1912] 

Anisotropic  expansion  of  a  drawn  tube 
of  vitreous  silica.  H.  L.  CALLENDAR. 
Philosophical  Magazine,  6  ser.,  23:  998- 
1000.  [1912] 

The  cubical  expansion  of  fused  silica 
.  .  .  .  F.  J.  HARLOW.  Proceedings 
of  the  Physical  Society  of  London,  24:  30- 
39.  [1911] 

The  coefficients  of  expansion  of  fused 
silica  and  mercury.  H.  DONALDSON. 
Proceedings  of  the  Physical  Society  of 
London,  24:  186-194.  [1912] 

tiber  thermische  Ausdehnung  in  tiefer 
Temperatur.  (Thermal  expansion  at 
low  temperatures.)  KARL  SCHEEL.  Phys- 
ikalische  Zeitschrift,  8:  755.  [1907] 

On  the  coefficient  of  expansion  of  fused 
[4] 


FUSED      SILICA 

quartz.     HOWARD  D.  MINCHIN.    Phys- 
ical Review,  24:  1-21.    [1907] 

La  compressibilite  des  recipients  en 
verre  de  quartz  et  les  constantes  elas- 
tiques  du  quartz  fondu.  (The  compres- 
sibility of  quartz  vessels  and  the  elastic 
constants  of  quartz.)  A.  SCHIDLOF  and 
MME.  ALFTHAN-KLOTZ.  Archives  des 
Sciences  Physiques  et  Naturelles,  27:  487- 
516.  [1909] 

A  silica  standard  of  length.  G.  W.  C. 
KAYE.  Proceedings  Royal  Society  of 
London,  85-A:  430-447.  [1911] 

Silica  standards  of  length.  Metallur- 
gical and  Chemical  Engineering,  8:  257. 
[1910] 

Quarzglaser.  (Quartz  glasses.)  H. 
SEGER  and  E.  CRAMER.  Chemiker-Zeit- 
ung,  37:206.  [1913] 

Zur  Frage  der  Entglasung  von  Quarz- 
glas.  (Devitrification  of  quartz  glass.) 
A.  C.  MICHIE.  Chemiker-Zeitung,  37: 
589-590.  [1913] 

On  the  devitrification  of  silica  glass. 
[5] 


BIBLIOGRAPHY 

SIR  WILLIAM  CROOKES.    Chemical  News, 
105:205.    [1912] 

The  insulating  properties  of  solid 
dielectrics.  HARVEY  L.  CURTIS.  Jour- 
nal of  the  Washington  Academy  of 
Sciences,  4:  492-494.  [1914] 

tiber  die  Leitfahigkeit  einiger  Isola- 
toren  bei  hohen  Temperaturen.  (Con- 
ductivity of  certain  insulators  at  high 
temperatures.)  MARCELLO  VON  PIRANI 
and  WERNER  VON  SIEMENS.  Zeitschrift 
fur  Elektrochemie,  15:969-973.  [1909] 

Note  on  the  resistivities  of  glass  and 
fused  silica  at  high  temperatures.  AL- 
BERT CAMPBELL.  Proceedings  of  the 
Physical  Society  of  London,  25:  336-337. 
[1913] 

Vacuum-tight  lead-seals  for  leading-in 
wires  in  vitreous  silica  and  other  glasses. 
HENRY  J.  S.  SAND.  Proceedings  of  the 
Physical  Society  of  London,  26:  127-130. 
[1914] 

Additional  refractive  indices  of  quartz 
vitreous  silica,  calcite,  and  fluorite.     J. 
[6] 


FUSED      SILICA 

W.  GIFFORD.  Chemical  News,  102:  181. 
[1910] 

Sur  la  preparation  de  I'helium  pur  par 
nitration  des  gaz  de  la  cleveite  a  travers 
une  paroi  de  silice.  (The  preparation  of 
pure  helium  by  filtering  the  gas  from 
clevite  through  a  quartz  partition.) 
ADRIEN  JAQUEROD  and  F. -Louis  PER- 
ROT.  Comptes  Rendus,  144:  135-136. 
[1907] 

Sur  une  remarquable  condition  de 
1'attaque  du  quartz  par  1'acide  fluor- 
hydrique  gazeux.  (On  a  remarkable  con- 
dition of  attack  on  quartz  by  hydro- 
fluoric acid  gas.)  ARMAND  GAUTIER  and 
P.  CLAUSMANN.  Comptes  Rendus,  157: 
176-179.  [1913] 

The  action  of  sugar  solutions  on  glass. 
J.  N.  LAIRD.  Journal  of  Pathology  and 
Bacteriology,  18:32.  [1913] 

Eine  neue  Bestimmung  des  Stom- 
gewichtes  des  Selens.  (A  new  determina- 
tion of  the  atomic  weight  of  selenium.) 
JOSEF  JANNEK  and  JULIUS  MEYER. 
Zeitschrift  fur  anorganische  Chemie,  83: 
51-96.  [1913] 

[7] 


BIBLIOGRAPHY 

The  molecular  weight  of  sodium  car- 
bonate and  the  atomic  weight  of  carbon 
referred  to  silver  and  bromine.  THEO- 
DORE W.  RICHARDS  and  CHARLES  R. 
HOOVER.  Journal  of  the  American  Chem- 
ical Society,  37:  95-107.  [1915] 

A  new  method  for  the  precise  stand- 
ardization of  hydrochloric  acid  solutions. 
LAUNCELOT  W.  ANDREWS.  Journal  of 
the  American  Chemical  Society,  36:  2089- 
2091.  [1914] 

Methoden  der  Wasserdestillation. 
(Methods  of  water  distillation.)  A.  G. 
BARLADEAN.  Muenchener  Medizinische 
Wochenschrift,  60:  1601-1603.  [1913] 

Electroanalysis.  Report  British  Asso- 
ciation for  the  Advancement  of  Science, 
1911,  p.  98-99. 

Note  on  blowing  fine  quartz  fibers. 
WILLIAM  W.  COBLENTZ.  Carnegie  In- 
stitution of  Washington,  Publication  No. 
65.  Appendix  5.  [1906] 

Marking  porcelain  and  silica  crucibles, 
etc.     P.  A.  YODER.     United  States  De- 
partment   of    Agriculture,     Bureau    of 
Chemistry.     Circular  No.  93.     [1912] 
[8] 


FUSED      SILICA 

A  new  apparatus  for  the  coking  test  of 
coal.  R.  LESSING.  Journal  of  the  Soci- 
ety of  Chemical  Industry,  31:465-468. 
[1912] 

An  electric  combustion  furnace,  lab- 
oratory treating  furnace  and  rheostat. 
GEORGE  M.  BERRY.  Journal  of  Indus- 
trial and  Engineering  Chemistry,  2: 255- 
260.  [1910] 

Electric  combustion  furnace.  JOHN  K. 
POLK.  Chemist- Analyst,  No.  6,  p.  4-7. 
[1912] 

Sur  1'emploi  de  resistances  de  chrome 
metallique  granulaire  pour  le  chauffage 
electrique.  (Furnace  with  chromium  re- 
sistance, for  electric  heating.)  O.  DONY- 
HENAULT.  Comptes  Rendus,  156:  66-68. 
[1913] 

Determination  of  carbon  in  iron  and 
steel.  MAX  R.  TREMBOUR.  Chemical 
Engineer,  11:85.  [1910] 

The  determination  of  carbon  in  steel, 
ferro-alloys,  and  plumbago  by  means  of 
an  electric  combustion  furnace.  C.  M. 
JOHNSON.  Journal  of  the  American 
Chemical  Society,  30:  773-779.  [1908] 
[9] 


BIBLIOGRAPHY 

Determination  of  carbon  in  steel  by 
the  direct  combustion  method.  WIL- 
LIAM BRADY.  Journal  of  Industrial  and 
Engineering  Chemistry,  6:  843-845.  [1914] 

Die  Bestimmung  des  Kohlenstoffs  im 
Eisen,  Graphit  und  Wolframmetal  durch 
Verbrennung.  (Determination  of  carbon 
in  iron,  graphite  and  tungsten  by  com- 
bustion.) M.  DENNSTEDT  and  TH. 
KLUNDER.  Chemiker-Zeitung,  34:485- 
486.  [1910] 

Kohlenstoff  Bestimmung  im  Stahl 
mittels  Allihnscher  Filtrierrohre.  (De- 
termination of  carbon  in  steel  with  the 
Allihn  filter  tube.)  PRETTNER.  Chem- 
iker-Zeitung,  34:578-579.  [1910] 

Methods  of  the  United  States  Steel 
Corporation  for  the  commercial  sampling 
and  analysis  of  pig  iron.  CHEMISTS' 
COMMITTEE  OF  THE  UNITED  STATES 
STEEL  CORPORATION.  Journal  of  Indus- 
trial and  Engineering  Chemistry,  4: 801- 
812.  [1912] 

An  application  of  the  electric  resist- 
ance furnace  to  the  determination  of 
oxygen  in  iron  and  steel.  R.  H.  McMiL- 
[10] 


FUSED      SILICA 

LEN.     Metallurgical  and  Chemical  Engi- 
neering, 11:86-87.    [1913] 

Einige  Erfahrungen  aus  der  Labora- 
toriumspraxis  iiber  Eisen-  und  Alumin- 
iumsbestimmungen.  (Some  experiences 
in  laboratory  practice  on  iron  and  alu- 
minum determinations.)  HERMANN 
BORCK.  Zeitschrift  fur  angewandte  Chem- 
te,  25:719-720.  [1912] 

Determination  of  oxygen  in  copper  and 
brass.  T.  WEST.  Institute  Metals  pre- 
print, Aug.,  1913. 

Electric  combustion  furnace  for  meth- 
ane determination.  J.  A.  FRIES.  Jour- 
nal of  the  American  Chemical  Society,  32: 
949-953.  [1910] 

The  estimation  of  halogens  in  organic 
compounds,  including  a  device  for  the 
combustion  of  volatile  substances.  E. 
EMMET  REID.  Journal  of  the  American 
Chemical  Society,  34:  1033-1039.  [1912] 

Notes    on    the    electrical    method    of 
Morse  and  Gray  for  the  simultaneous  de- 
termination   of    carbon,    hydrogen    and 
sulphur     in     organic     compounds.       E. 
[11] 


BIBLIOGRAPHY 

EMMET  REID.    American  Chemical  Jour- 
nal, 47:416-429.    [1912] 

Determination  of  hydrogen,  nitrogen 
and  methane  in  gas  by  combustion  in  a 
quartz  tube.  MATHERS  and  LEE. 
Chemical  Engineer,  17:  159-162.  [1913] 

A  rapid  method  for  the  determination 
of  sulphur  in  roasted  blende.  C.  C. 
NITCHIE.  Journal  of  Industrial  and  En- 
gineering Chemistry,  4:  30-32.  [1912] 

Rapid  determination  of  sulphur  in 
pyrites  cinder.  A.  B.  CONNER.  Journal 
of  Industrial  and  Engineering  Chemistry, 
5:399-401.  [1913] 

Estimation  of  carbon.  A.  MAC  ARTHUR 
JOHNSTON.  Journal  of  the  Chemical, 
Metallurgical  and  Mining  Society  of 
South  Africa,  12:505.  [1912] 

A  modification  of  the  Jager  method  of 
gas  analysis.  S.  H.  WORRELL.  Metal- 
lurgical and  Chemical  Engineering,  11- 
245-247.  [1913] 

Note  on  a  perforated  silica  plate  for 
excluding  flame  gases  from  a  crucible  dur- 
ing    ignition.       ALEXANDER     CHARLES 
[12] 


FUSED      SILICA 

GUMMING.    Proceedings  of  the  Royal  Soci- 
ety of  Edinburgh,  32 :  17-18.    [1911] 

Ersatz  der  Platincapillare  bei  der 
Kohlenstoffbestimmung  in  Eisen  usw. 
nach  dem  Chromschwefelsaure-Verfah- 
ren.  (A  substitute  for  a  platinum  capil- 
lary in  the  determination  of  carbon  in 
iron  by  the  chromic  acid  method.)  M. 
WIDEMANN.  Chemiker-Zeitung,  33 :  1 186. 
[1909] 

A  support  for  laboratory  crucibles,  ba- 
sins, etc.  GEORGE  T.  HOLLOWAY. 

British  Patent  12,787.    [1907] 

Platinum  resistance  furnace  for  melt- 
ing points  and  combustions.  SAMUEL  A. 
TUCKER.  Journal  of  the  American  Chem- 
ical Society,  29:  1442-1444.  [1907] 

Sur  Taimantation  de  Teau  et  de  1'oxy- 
gene.  (Magnetization  of  water  and  ox- 
ygen.) PIERRE  WEISS  and  AUGUSTE 
PICCARD.  Comptes  Rendus,  155:  1234- 
1237.  [1912] 

Tests  to  determine  the  commercial 
value  of  wood  preservatives.  A  progress 
report.  HOWARD  F.  WEISS.  Proceedings 

[13] 


BIBLIOGRAPHY 

Eighth  International  Congress  of  Applied 
Chemistry,  13:279-300.    [1912] 

tiber  die  Entwicklung  der  analytischen 
Chemie.  (On  the  development  of  ana- 
lytical chemistry.)  E.  WILKE.  Zeit- 
schrift  fur  Elektrochemie,  17:623-629. 
[1911] 

A  precision  viscosi meter  for  measure- 
ment   of    relative    viscosities. 
EDWARD  W.  WASHBURN  and  GUY  Y. 
WILLIAMS.      Journal    of   the    American 
Chemical  Society,  35:  737-750.    [1913] 

Fused  silica  ware.  J.  FRANK  BOTTOM- 
LEY.  Proceedings  Seventh  International 
Congress  of  Applied  Chemistry,  2:  181- 
183.  [1909] 

Fused  quartz  and  quartz  glass. 
CHARLES  COLNE.  Metallurgical  and 
Chemical  Engineering,  9 :  226-228.  [1911] 

Fused  silica  ware.  Chemical  Trade 
Journal,  46:  61.  [1910] 

Pure  fused  silica  ware.  Chemical 
Trade  Journal,  52:  104.  [1913] 

Silica  ware  products.     Chemiker-Zeit- 
ung  Repertorium,  35:  286.    [1911] 
[14] 


,  ^  <,j 

Das  LdMiff  *aas •  Gfes/ J  '(Glass*  "blow J 
pipe    with    quartz    tip.)      LUD.    KOPA. 
Chemiker-Zeitung,  37:534.     [1913] 

Ersatzmaterial  fiir  Platin.  (A  sub- 
stitute for  platinum.)  Chemiker-Zeitung, 
37:754.  [1913] 

A  silica- jacketed  silica  polarimeter 
tube.  T.  MARTIN  LOWRY.  Transactions 
of  the  Faraday  Society,  9:  193.  [1913] 


[15] 


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